4 Different Areas of Core Competency Strengthening

Valuable Metal Resource Recycling and materialization technology

-Total recycling technologies including recovery high-purity metalsfromvaluable metal-containing resources such as waste secondary battery and industrial by-products

-High-value materialization technologies for waste resources

-Efficient resource recovery based on dry/wet processes such as leaching, solvent extraction, and electrolytic refining

-Technology for advanced resource recycling and pilot plant operation

Functional Materials Design and Manufacturing Technology

-Non-ferrous/ferrous metal alloy design, heat treatment, phase control, surface treatment, etc. high-functional metal material technology

-Eco-friendly wet and dry metallurgical technologies for non-ferrous metals

-Special casting processes such as continuous casting and vacuum casting, and process technologies such as rolling and extrusion

-Nano-material and energy materialization technology

-Application of core industry technology such as electrical, electronic, mechanical, and automobile

High-performance energy storage materials and battery technology

-High-performance secondary battery materials and system development technology for next-generation energy storage technology

-Electrocatalysts, aqueous batteries, next-generation battery etc.

Metal/Ceramic Composite and Surface Treatment Technology

-Convergence technologies for energy material components

-High-functionality smart powder material component technologies

-Technologies for future electronic materials/devices

Enhancing Our Growth Potential

Concentrating on reinforcing our core capabilities to support sustainable advancement and innovation.

Development of Original Technologies for Metal/Ceramic Materials

Advancing the creation and application of novel technologies in metal and ceramic materials.

Support for Corporate Projects in the Energy Storage Technology Sector

Providing essential support and collaboration for corporate projects focused on advancing energy storage technologies.

Development of Nanocomposite Technologies

Driving the progress in nanocomposite technology to address the future challenges of technology and industry.